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The Center for Open Science (COS) launched ‘Thesis Commons‘, a free, cloud-based platform for the submission, dissemination, and discovery of graduate and undergraduate theses and dissertations. It is built on an open-source infrastructure called the Open Science Framework (OSF) by which the authors can share their electronic theses and dissertations (ETDs) easily and quickly.
The COS also launched various co-branded preprints repositories of them is ‘AgriXiv‘, a preprints repository for agriculture and allied sciences which is administered by the Open Access India community.
Thesis Commons has a steering committee of experts and advocates for open scholarship representing institution, library, and researcher stakeholder communities and is backed by COS’s preservation fund, which ensures that all data stored on its services would be preserved and accessible for 50+ years in the event of COS curtailing or closing its services.
For more information on Thesis Commons, please contact Matt Spitzer at firstname.lastname@example.org
Notes adapted from Unesco Course on understanding open access :
In an open access (OA) world, much importance has been given to using open source tools, open access resources and open solutions to engage authors and researchers in collaborative research, peer-to-peer sharing of scholarly information and collaborative evaluation of scholars’ works. On the other hand, exponential growth of scientific literature also has led to rapid disappearance of nascent literature before it actually gets noticed by the scientific communities. No single database can capture this over-growing scientific literature. Several data mining tools are probably required to keep abreast with quantum of emerging literature. In this Unit, various tools and techniques have been discussed in details to help the library and information professionals in strengthening their efforts in enhancing scientific productivity, visibility, reputation, and impact of research works of their affiliated scientific researchers. This Unit briefly discusses various conventional citation-based indicators available for assessing scientific productivity of authors, journals and institutions. This Unit also identifies emerging indicators such as h-index, i10-index, Eigenfactor score, article influence score and source normalized impact per paper. The social webs, available to the researchers’ communities in addition to any other groups of citizens, help the researchers in disseminating their produced or contributed knowledge to global communities. Much you are active in social media, more you have chances to get noticed by fellow researchers and possible research collaborators. Many personalized web-based services are now increasingly made available targeting global researchers’ communities, helping them to enhance their social media presence and visibility. These factors influence the development of new metrics called article level metrics or altmetrics. Finally, this Unit also briefly discusses the emergence of the open citation databases for text mining and data mining of open access literature.
Commonly Used Terms for Assessing Research Impacts:
1.Bibliometrics is a set of methods to quantitatively analyse academic literature and scholarly communications.
2.Informetrics is the study of quantitative aspects of information. This includes the production, dissemination, and use of all forms of information, regardless of its form or origin.
3.Scientometrics is the study of quantitative features and characteristics of science, scientific research and scholarly communications.
4.Webometrics is the study of quantitative features, characteristics, structure and usage patterns of the worldwide web, its hyperlinks and internet resources.
5.Cybermetrics is an alternative term for Webometrics to measure the World Wide Web, cyber media, web resources and hyperlinks.
6.Librametrics is a set of methods to quantitatively analyse availability of documents in libraries, their usage and impact of library services to its user community.
6.Patentometrics is a set of methods to quantitatively analyse patent databases, patent citations and their usage patterns.
7.Altmetrics is a new metrics proposed as an alternative to the widely used journal impact factor and personal citation indices like the h-index. The term altmetrics was proposed in 2010, as a generalization of article level metrics, and has its roots in the twitter #altmetrics hashtag. Article Level Metrics (ALM) Article level metrics is an alternative term for Altmetrics.
Applications of Scientometrics and Bibliometrics in Research Assessment :
In the last sixty years, evaluation of public funded research has been carried out globally on a regular basis for performance measurement of different actors of scientific research. Most of the citation databases and citation analysis tools available in today’s world have functionalities to instantly generate reports and scientometric profile of a scientist, an institution, a collaborative research group, a country, or a journal. Some of the popular applications of scientometrics and bibliometrics listed below can use report generator tools available with citation-based products and services.
For Institution/ Collaborative Research Group: mapping of collaborations, top collaborating institutions, top collaborating countries, collaborating with public vs. private institutions, highly cited papers, highly cited authors, top contributing scientists, top publishing journals, scientists with top h-index, top subject categories or research domains, percentage of cited vs. uncited papers, percentage of self-citations, publishing in OA vs. subscription-based journals, comparative study of two or more institutions in a region/ country.
For a scientist: mapping of collaborations, collaborating institutions, collaborating countries, mapping of co-authors, highly cited papers, top publishing journals, percentage of cited vs. uncited papers, percentage of self-citations, author-level indicators such as h-index, i10-index, etc.
For a country: top contributing institutions, top contributing cities, top contributing states, top funding agencies supporting research, top affiliating apex bodies, mapping of collaborations, top collaborating countries, top collaborating institutions, top contributing scientists, top publishing journals, top subject categories or research domains, percentage of cited vs. uncited papers, percentage of self-citations, highly cited papers, highly cited authors, top scientists with h-index, publishing by public vs. private institutions, publishing in OA vs. subscription-based journals, comparative study of two or more countries in a region or globally.
For a journal: highly cited papers, highly cited authors, percentage of cited vs. uncited papers, percentage of self-citations, top research domains, cited half-life vs. citing half-life, top contributing institutions, top contributing cities, top contributing countries, most downloaded papers, most shared papers, and highly ranked journals based on citation-based indicators.
To read more on the indicators and understanding them better please follow the http://unesdoc.unesco.org/images/0023/002319/231920E.pdf
Course of openaccess by Unesco chapter Introduction to open access @http://www.unesco.org/new/en/communication-and-information/resources/news-and-in-focus-articles/all-news/news/unescos_open_access_oa_curriculum_is_now_online.
Open-access (OA) literature is digital, online, free of charge, and free of most copyright and licensing restrictions. What makes it possible is the internet and the consent of the author or copyright-holder.
In most fields, scholarly journals do not pay authors, who can therefore consent to OA without losing revenue. In this respect scholars and scientists are very differently situated from most musicians and movie-makers, and controversies about OA to music and movies do not carry over to research literature.
OA is entirely compatible with peer review, and all the major OA initiatives for scientific and scholarly literature insist on its importance. Just as authors of journal articles donate their labor, so do most journal editors and referees participating in peer review.
OA literature is not free to produce, even if it is less expensive to produce than conventionally published literature. The question is not whether scholarly literature can be made costless, but whether there are better ways to pay the bills than by charging readers and creating access barriers. Business models for paying the bills depend on how OA is delivered.
There are two primary vehicles for delivering OA to research articles: OA journals and OA archives or repositories.
OA archives or repositories do not perform peer review, but simply make their contents freely available to the world. They may contain unrefereed preprints, refereed postprints, or both. Archives may belong to institutions, such as universities and laboratories, or disciplines, such as physics and economics. Authors may archive their preprints without anyone else’s permission, and a majority of journals already permit authors to archive their postprints. When archives comply with the metadata harvesting protocol of the Open Archives Initiative, then they are interoperable and users can find their contents without knowing which archives exist, where they are located, or what they contain. There is now open-source software for building and maintaining OAI-compliant archives and worldwide momentum for using it.
OA journals perform peer review and then make the approved contents freely available to the world. Their expenses consist of peer review, manuscript preparation, and server space. OA journals pay their bills very much the way broadcast television and radio stations do: those with an interest in disseminating the content pay the production costs upfront so that access can be free of charge for everyone with the right equipment. Sometimes this means that journals have a subsidy from the hosting university or professional society. Sometimes it means that journals charge a processing fee on accepted articles, to be paid by the author or the author’s sponsor (employer, funding agency). OA journals that charge processing fees usually waive them in cases of economic hardship. OA journals with institutional subsidies tend to charge no processing fees. OA journals can get by on lower subsidies or fees if they have income from other publications, advertising, priced add-ons, or auxiliary services. Some institutions and consortia arrange fee discounts. Some OA publishers waive the fee for all researchers affiliated with institutions that have purchased an annual membership. There’s a lot of room for creativity in finding ways to pay the costs of a peer-reviewed OA journal, and we’re far from having exhausted our cleverness and imagination.
For a longer introduction, with live links for further reading, see my Open Access
Director, Harvard Office for Scholarly Communication
Director, Harvard Open Access Project
Faculty Fellow, Berkman Center for Internet & Society
Senior Researcher, Scholarly Publishing and Academic Resources Coalition
Research Professor of Philosophy, Earlham College
Follow the orginal article @
There is no one, standard definition of Open Educational Resources. However, the following broad definition of OERs from OER Commons seems to be generally accepted by the community:
Open Educational Resources (OER) are teaching and learning materials that are freely available online for everyone to use, whether you are an instructor, student or self-learner. Examples of OER include: full courses, course modules, syllabi, lectures, homework assignments, quizzes, lab and classroom activities, pedagogical materials, games, simulations, and many more resources contained in digital media collections from around the world.
OERs exist within a wider ‘Open’ movement and context, explored below.
The Open Movement
A range of ‘Open’ philosophies and models have emerged during the 20th Century as a result of several different drivers and motivations – including sharing freely, preventing duplication, avoiding restrictive (Copyright) practices, promoting economic efficiencies and improving access to wide groups of stakeholders. Many of these have been driven by and created by communities that recognise the benefits to themselves, and sometimes to wider groups. Some of these are listed below:
- Open source (relating to business and technology)
- Open source software
- Open source hardware
- Open standards
- Open access (research)
- Open design
- Open knowledge
- Open data
- Open content
- Open courseware
- Open educational resources
- Open educational practice
Several of these ‘movements’ or ‘philosophies’ have been significant within the education community both in terms of research and learning & teaching (particularly educational technology). Whilst it is widely expected that sharing and openness would bring benefits to some stakeholders in the educational community, traditional cultures and practices, managerial approaches and processes, and perceived legal complexities have been identified as barriers to sharing both within and across institutions. (refs: CD LOR, TRUST DR, Sharing e-learning content, Good Intentions report)
Whilst the terms ‘Open content’ and ‘Open courseware’ are sometimes used to mean the wide range of resources to support learning and teaching, one is fairly broad and the other very specific. We have chosen to use the term Open Educational Resources (OER) as this relates to resources that are specifically licenced to be used and re-used in an educational context.
What are educational resources?
Whilst purely informational content has a significant role in learning and teaching, it is helpful to consider learning resources by their levels of granularity and to focus on the degree to which information content is embedded within a learning activity:
- Digital assets – normally a single file (e.g. an image, video or audio clip), sometimes called a ‘raw media asset’;
- Information objects – a structured aggregation of digital assets, designed purely to present information;
- Learning objects – an aggregation of one or more digital assets which represents an educationally meaningful stand-alone unit;
- Learning activities – tasks involving interactions with information to attain a specific learning outcome;
- Learning design – structured sequences of information and activities to promote learning.
(adapted from Littlejohn, A., Falconer, I. and McGill, L. (2008) ‘Characterising effective eLearning resources’. Computers & Education, 50 (3), pp. 757-771.)
What are open educational resources?
The following definitions and examples are taken from a paper prepared by Li Yuan at JISC CETIS in 2008 concerning the state of open educational resources internationally. This well-received paper can be accessed from the CETIS website.
The term Open Educational Resources (OER) was first introduced at a conference hosted by UNESCO in 2000 and was promoted in the context of providing free access to educational resources on a global scale. As mentioned above, there is no authoritatively accredited definition for the term OER at present, with the OECD preferring, ‘digitised materials offered freely and openly for educators, students and self-learners to use and reuse for teaching, learning and research’ (OECD, 2007). Stephen Downes presents a useful overview of what Open Educational Resources are in Open Education: Projects and Potential.
“Engagement with OER can be light touch. New staff should be encouraged to source open materials when creating new educational materials (from CC resources or other OER), and to fully reference all other assets in their teaching materials. An academic’s own digital assets such as images, pod casts and video can be released under a CC licence to web 2.0.” GEES Project final report
OER initiatives aspire to provide open access to high-quality education resources on a global scale. From large institution-based or institution-supported initiatives to numerous small-scale activities, the number of OER related programmes and projects has been growing quickly within the past few years.
According to OECD in 2007, there are materials from more than 3000 open access courses (open courseware) currently available from over 300 universities worldwide:
- In the United States resources from thousands of courses have been made available by university-based projects, such as MIT OpenCourseWare and Rice University’s Connexions project: (http://ocw.mit.edu/, http://cnx.rice.edu/ )
- In China, materials from 750 courses have been made available by 222 university members of the China Open Resources for Education (CORE) consortium.(http://www.core.org.cn/en/).
- In Japan, resources from more than 400 courses have been made available by the19 member universities of the Japanese OCW Consortium. (http://www.jocw.jp/).
- In France, 800 educational resources from around 100 teaching units have been made available by the 11 member universities of the ParisTech OCW project. (http://graduateschool.paristech.org/).
- In Ireland, universities received government funding to build open access institutional repositories and to develop a federated harvesting and discovery service via a national portal. It is intended that this collaboration will be expanded to embrace all Irish research institutions. (http://www.irel-open.ie/).
- And in the UK, the Open University has released a range of its distance learning materials via the OpenLearn project (http://openlearn.open.ac.uk/), and over 80 UKOER projects have released many resources (via Jorum) which are used to support teaching in institutions and across a range of subject areas.
For a more visual explanation of Open Educational Resources look at Stephen Downes’ presentation on Slideshare.
For more /Original article,Please read at the link below :https://openeducationalresources.pbworks.com/w/page/24836860/What%20are%20Open%20Educational%20Resources